Description

Magical hair in minutes! This brown African Butterfly LadyBug Hair Comb features shimmering beads that add a touch of whimsy to your look. The dark brown magic beads playfully contrast with elegant baby pink oval beads with gold swirls, making it the perfect accessory for any occasion. It's truly a one-of-a-kind piece that you'll love wearing again and again.

This African Butterfly Ladybug Hair Comb is made with industrial strength nylon to provide secure and long-lasting hold.

Measuring a petite 1 3/4", our LadyBug Hair Comb is the smallest in our range, making it the perfect accessory to secure little wisps or lift the sides of your hair. Despite its size, it packs a punch of personality and creates an accessory that is as charming as it is functional. Ideal for fine, thin, or children's hair, this little gem is a favorite amongst little girls and adults alike.

What sets our LadyBug Hair Comb apart is the Original African Butterfly Hair Comb design that ensures a comfortable hold all day long. With a simple twist, the comb's teeth interlock, staying in place without causing discomfort or damage to your hair. Each hair comb is a testament to the creativity, authenticity, and quality that is at the heart of our brand.

Unlike other traditional or bulky claw hair accessories, all of our hair products are designed to lay flat against your head, making them the perfect companion for your daily commute (nightly slumber or trip to the dentist). No longer will you need to remove your hair clip while driving. Our hair combs and clips ensure a comfortable and distraction-free driving experience, allowing you to maintain your chic look without compromise. This is precisely what distinguishes our African Butterfly hair combs and clips from the rest!

Every patented African Butterfly product is handcrafted in South Africa and adheres to Fair Trade standards. By purchasing our products, you are contributing to the fight against unemployment and poverty in South Africa.

Note: Bead color may have a slight variation from those displayed due to different devices.